Wireless

Media Processing

Octasic wireless products are the perfect balance of performance, low power, compact footprint, and versatile customization.

The OCT3032W is a low-power, highly versatile System-on-Chip (SoC) DSP semiconductor, with the industry’s highest processing capacity per watt for wireless applications based on LTE and 5G. Ideal for custom small cells and femtocells, custom network-in-a-box (NiB) applications, private wireless networks, tactical communications, public safety, Industrial Internet of Things (IIoT), Non-Terrestrial Networks (NTN) and Mobile backhaul.

A single OCT3032W device can support up to two independent simultaneous software defined radio (SDR) air interfaces on a single chip, allowing OEMs to develop multi-technology capabilities (2G to 5G) on a single device.

The OCT3032W can run as a complete System-on-Chip base station, running both the 3GPP protocol stacks and core network software

Octasic Third Generation DSP Architecture

Specifications 

The OCT3032W is a flexible device architecture that supports a diverse range of applications with scalable capacities.

More Info

OCT3032W

The OCT2224W is a System-on-Chip (SoC) device optimized for LTE, HSPA and GSM baseband processing, with an impressive power-efficiency that consumes less than 5 watts while serving 64 users within a range of 20 km in HSPA. The OCT2224W is highly integrated, and includes high-speed network interfaces as well as on-chip RF ports making it ideal for cost efficient small cell designs.

The OCT2224W includes up to six satellites, each of which is composed of four Opus2 DSP Cores and its own local bus and DMA.  Data transfers can be local to the satellite or global.

The OCT2224W is composed of 24 Opus2 DSP Cores. The DMA subsystem provides a high‐bandwidth interconnect between the cores, peripherals, and external memory.

Octasic DSP Architecture

Specifications

Related products

The OCT2224W is a System-on-Chip (SoC) device optimized for LTE, HSPA and GSM baseband processing, with an impressive power-efficiency that consumes less than 5 watts while serving 64 users within a range of 20 km in HSPA.

OCT2224W

OctNode2 is a frequency-agile, software-defined radio base station platform ideal for 5G NR and LTE use cases. It integrates Octasic’s OCT3032W System-on-Chip (SoC), two RF transceivers, and all the necessary interfaces. Each transceiver supports dual antenna operation (2×2 MIMO) and FDD/TDD multiplexing, with a frequency range of 400 MHz to 6 GHz.

OctNode2 can simultaneously control both onboard RF transceivers, each of which can run a different radio access technology (RAT).

A fully programmable SDR platform supporting all 3GPP standard air interfaces (including 5G NR) and proprietary (non-3GPP) waveforms, over a wide range of frequencies and channel bandwidths

Octasic Software Defined Radio Technology

Power consumption is approximately 20 Watts for the base station without a power amplifier, making it ideal for power-efficient designs and convection-cooled applications.

OctNode2 is a frequency-agile, software-defined radio base station platform ideal for 5G NR and LTE use cases.

OctNode2

The OCTBTS 3500 is a dual-sector software defined base station platform that supports any combination of LTE, HSPA, or GSM sectors, or custom waveforms. Ideal for applications requiring small size, low power consumption, and exceptional frequency agility.

The OCTBTS 3500 platform incorporates Octasic’s LTE, HSPA, and GSM software, and is pre-integrated with a range of commercial Layer 2/3 stacks from leading vendors.

Implement complete systems including dual-mode outdoor custom small cell base stations and specialized embedded radio systems.

The OCTBTS 3500 is a dual-sector software defined base station platform that supports any combination of LTE, HSPA, or GSM sectors, or custom waveforms.

OCTBTS 3500

Opus Studio is a complete Integrated Development Environment (IDE) that provides a visual framework to accelerate the development of embedded applications. It enables graphical project configuration, code editing, compiling, profiling, and debugging tools.

Opus Studio seamlessly integrates a powerful, standards-compliant C/C++ compiler for industry-leading performance on standard DSP benchmarks. This accelerates development by leaving a larger portion of the software in plain C or C++, while exposing hardware intrinsic functions where explicit control is required.

Develop custom waveforms and high performance applications quickly.

Building Blocks for Custom Wireless (BTS and UE) Solutions

Opus Studio is a complete Integrated Development Environment (IDE) that provides a visual framework to accelerate the development of embedded applications.

Opus Studio

To significantly reduce your time-to-market, Octasic provides a range of Physical Layer(PHY) software solutions validated on the its SoC platforms, primarily the OCT2224W and OCT3032W.

Octasic also developed its Radio Utility System (RUS) to perform Network Scans and for Self Organizing Network (SON) capabilities.

The PHY product line consists of six Software Defined Radio (SDR) products that address the 3GPP cellular standards 5G NR, LTE/LTE-A, UMTS/HSPA, CDMA2000, and GSM/GPRS/EDGE.

Octasic PHY software is offered pre-integrated with protocol stacks and core networks provided by Octasic partners.

Physical Layer Software

Customer Driven Field Proven

Full-featured networking suite for high density transcoding solutions designed to support on-premise and cloud deployments.

The OCT3032M is the next generation of the Octasic SoC devices targeted at high-density media processing systems at a fraction of the power of competing devices. It offers up to 3 times more audio transcode processing power than its previous generation at a comparable power consumption. The on-chip quad ARM7 cores can host MCU functions allowing for a lower system footprint.

The versatile OCT3032M enables a single family of devices to be used for many applications across a broad range of capacities.

The OC3032M is fully integrated with Octasic’s proprietary Vocallo MGW software which provides a complete transcoding, conferencing, VQE, and echo cancellation solution that requires minimal engineering time to get to market.

The OCT3032M is a flexible device architecture that supports a diverse range of applications with scalable capacities.

The OCT3032M is the next generation of the Octasic SoC devices targeted at high-density media processing systems at a fraction of the power of competing devices.

OCT3032M

The OCT2224M is a System-on-Chip (SoC) built to perform high-density media processing at a fraction of the power of competing devices. With a nominal power consumption of 4 watts, the OCT2224M can transcode hundreds of audio streams or multiple HD video streams.

The OCT2224M is one of the lowest power fixed-point DSP silicon in the industry.

The OCT2224M is fully integrated with Octasic’s proprietary Vocallo MGW which provides a complete transcoding, conferencing, VQE, and echo cancellation solution that requires minimal engineering time to get to market.

The OCT2224M is a flexible device architecture that supports a diverse range of applications with scalable capacities.

The OCT2224M is a System-on-Chip (SoC) built to perform high-density media processing at a fraction of the power of competing devices. 

OCT2224M

Transcoding multiple channels in real time at high densities is a computationally intensive task, which is performed most efficiently using digital signal processors (DSPs), rather than server processors alone. The Octasic TXP3000 PCIe acceleration card offers up to 4X improvement in cost-per-channel transcode, and up to a 10X reduction in watts-per-channel transcode.

Elegantly offload voice processing functions from the server host particularly for packet processing application such as EVS to AMR transcode.

Reduce your server footprint and power usage by up to 50%

Assets Grid

Save on both OpEx and CapEx with high-density voice transcoding PCIe acceleration card. Deploy multiple cards in a single server and scale up as transcode demands increase.

Transcoding multiple channels in real time at high densities is a computationally intensive task, which is performed most efficiently using digital signal processors (DSPs), rather than server processors alone. 

TXP3000

Vocallo MGW is a complete media processing firmware that runs on Octasic’s multi-core DSPs. It offers complete audio & video transcoding, mixing and conferencing capabilities, and includes best-in-industry Echo Cancellation (EC) and Voice Quality Enhancement (VQE) with noise reduction, level control and acoustic echo cancellation.

Developers can quickly and easily prototype, develop and deploy their application with the Vocallo extensive API designed to map simply onto both SIP and MEGACO (H.248) schemes.

Vocallo offers a complete suite of features and focuses on reduced system cost, low power, and high density solutions making it the obvious choice for new products as well as cost-optimized redesigns.

Network audio transcode development made easy

Combining Vocallo MGW with Octasic hardware reduces system cost by delivering the lowest power per channel. Furthermore, Vocallo’s innovative license key system allows for optimal pricing scalability across many channel densities.

Vocallo MGW Software

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Octasic products are built on its own proprietary baseband SoC DSP processors. They are fully programmable and all 3GPP wireless standards supported. Whether you're looking for DSPs for wireless or media processing, we have a solution for you. 

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